卢瑟福，就是以前我跟你们提过的那个语言丰富生动的人，在这一点上证实了波尔的理论。
Rutherford, who I have already described to you as being a little bit colorful in his language, backed up Bohr on this.
汤姆逊，模型，卢瑟福，数据。
卢瑟福教授给出，原子结构的理论。
Professor Rutherford has given a theory of the structure of atoms.
这就是卢瑟福怎么解释这些数据的。
这就是卢瑟福所的，这不可能是对的。
这就是著名的卢瑟福实验。
卢瑟福尝试了不同的金属。
卢瑟福用的是阿尔法粒子。
他就来了，卢瑟福接收他到他的实验室来。
一个支持者是恩内斯特，卢瑟福。
在进入细节之前，先了解一些卢瑟福的背景知识。
But, before I go into details, a little bit more background about Rutherford.
然后花了三个月在曼彻斯特，不是因为他不喜欢卢瑟福。
And then, he spends only three months in Manchester, not because he didn't like Rutherford.
卢瑟福首先认识到几率在放射性衰变中的作用。
Rutherford first identified the action of probability in radioactive decay.
对卢瑟福背散射分析的基本原理作了概要的介绍。
The essential principle of Rutherford backscattering analysis is explained briefly.
他多数时间都在篮网建于东卢瑟福的训练中心度过。
He spends most of his time at the nets 'practice center in east rutherford n. j.
证明原子客观存在的卢瑟福先生，对中子一无所知。
Lord Rutherford, who proved that atoms exist, knew nothing of neutrons.
卢瑟福提出一些试探性的想法认为也许会有第三种粒子——中子。
Rutherford had put forward some tentative ideas that there might be a third particle - a neutron.
之后在1934年，在30年代中期，是卢瑟福，汤姆逊退休了。
And then, in 1934, it was Ernest Rutherford -by the mid-30s, J. J. Thompson had retired.
相比之下，现代孩子得到的唯一真正的责任是家庭作业，卢瑟福说。
In contrast, schoolwork is the only real responsibility given to the modern child, said Rutherford.
而卢瑟福提出的，和行星系统相似的原子结构取而代之。
And in its stead Rutherford proposed something akin to a planetary system.
卢瑟福的一个实验同事，叫做盖革，他发明了一种探测器。
And so, Rutherford had a fellow working in his lab by the name of Geiger. And, Geiger invented a detector.
如果他的选择是正确的，那么卢瑟福将“考虑”他的职位。
If his choice is correct, then Rutherford will "consider" him for the post.
用卢瑟福背散射谱分析了稀土离子在多孔硅薄膜中的分布情况。
The distribution of rare earth ions embedded into porous silicon films was observed by Rutherford backscattering spectrometry.
按此逻辑，第三章研究了卢瑟福如何领导卡文迪什成为世界核物理中心。
According to this logic, the third section researched how Rutherford leaded Cavendish to become the world atom physics center.
那天课的结尾我们讲了从卢瑟福的概念中，衍生出来的波尔的原子模型。
We ended the day with Bohr's model of the atom, which derived from the conceptualization of Rutherford.
离子注入后进行了氧化试验，并结合X射线衍射和卢瑟福背散射进行了分析。
X ray diffraction and Rutherford Back Scattering techniques were adopted to investigate and analyze the oxidation characteristics of the films.
卢瑟福说，“一位妈妈的信中写了她如何教四岁的孩子准备生火，划火柴点着火。”
One mother's letter describes how she taught her four-year-old to lay kindling and strike a match to start a fire.
如果你去读读1911年哲学杂志的的669页，你将看到卢瑟福的模型就和这展示的一样。
So, if you go and read Phil Mag 669-1911, you'll see Rutherford's model as it's presented.
讨论并比较了卢瑟福散射公式的几种推导方法，加深了对卢瑟福散射公式的理解。
This paper discusses and com pa res the methods of deriving the Rutherford scattering formula, and deepens our understanding of this formula.
紧随其后的就是中子的发现，证实了卢瑟福几年前的假设，而之后则是中微子和各种介子被发现。
That was followed closely by the discovery of the neutron, confirming Rutherford's hypothesis of several years earlier, and afterwards the neutrino and various mesons were discovered.
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